types

type ADIFBand string

type ADIFDate struct {
	time.Time
}

type ADIFFreq float64

type ADIFTime struct {
	time.Time
}

type ApiKey struct {
	ID        int64  `json:"id"`
	LogbookID int64  `json:"logbook_id"`
	KeyName   string `json:"key_name"`
	KeyHash   string `json:"key_hash"`
	KeyPrefix string `json:"key_prefix"`
}

type AppConfig struct {
	DatastoreConfig DatastoreConfig `json:"datastore_config"`
	LoggingConfig   LoggingConfig   `json:"logging_config"`
	RequiredConfigs RequiredConfigs `json:"required_configs"`
	ServerConfig    *ServerConfig   `json:"server_config,omitempty"`
	RigConfigs      []RigConfig     `json:"rig_configs,omitempty"`

	LoggingStation LoggingStation `json:"logging_station"`
}

type CatCommand struct {
	Name string
	Cmd  string
}

type CatConfig struct {
	// ListenerRateLimiterIntervalMS controls how frequently the CAT listener will
	// poll the serial port for new data. The unit is milliseconds.
	//
	// Default is 10ms.
	ListenerRateLimiterIntervalMS time.Duration
	// ListenerReadTimeoutMS controls how long each CAT listener cycle will wait for
	// a framed response line from the serial client. This should typically be less
	// than or equal to ListenerRateLimiterInterval so that each tick's read can
	// complete or time out before the next tick occurs. The unit is milliseconds.
	//
	// If left as zero, callers may choose a sensible default or fall back to the
	// underlying SerialConfig.ReadTimeoutMS.
	//
	// Default is 8ms.
	ListenerReadTimeoutMS time.Duration

	// SendChannelSize is the size of the channel used to send CAT commands to the serial port.
	//
	// Default is 10.
	SendChannelSize int

	// ProcessingChannelSize is the size of the channel used to receive a raw response line from the serial port.
	// It then processes the response line into a CAT status value that can be consumed by the frontend.
	//
	// Default is 10
	ProcessingChannelSize int
}

type CatState struct {
	Prefix  string // The CAT command prefix.
	Markers []Marker
	Data    string
}

type CatStatus map[string]string

type ContactedStation struct {
	Address      string `json:"address"`
	Age          string `json:"age"`
	Altitude     string `json:"altitude"`
	Call         string `json:"call"`
	Cont         string `json:"cont"` // the contacted station's Continent
	ContactedOp  string `json:"contacted_op"`
	Country      string `json:"country"`
	CQZ          string `json:"cqz"`
	DXCC         string `json:"dxcc"`
	Email        string `json:"email"`
	EqCall       string `json:"eq_call"` // the contacted station's owner's callsign
	Gridsquare   string `json:"gridsquare"`
	Iota         string `json:"iota"`
	IotaIslandId string `json:"iota_island_id"`
	ITUZ         string `json:"ituz"`
	Lat          string `json:"lat"`
	Lon          string `json:"lon"`
	Name         string `json:"name"`
	QTH          string `json:"qth"`
	Rig          string `json:"rig"`
	Web          string `json:"web"`
	WwffRef      string `json:"wwff_ref"`
}

type Country struct {
	Name              string `json:"name" hamnut:"countryName"`
	Prefix            string `json:"prefix" hamnut:"prefix"`
	Ccode             string `json:"ccode" hamnut:"countryCode"`
	Continent         string `json:"continent" hamnut:"continent"`
	CQZone            string `json:"cq_zone" hamnut:"cqZone"`
	ITUZone           string `json:"itu_zone" hamnut:"ituZone"`
	DXCC              string `json:"dxcc" hamnut:"primaryDXCCPrefix"`
	TimeOffset        string `json:"time_offset" hamnut:"timeOffset"`
	ShortPathDistance string `json:"short_path_distance"`
	LongPathDistance  string `json:"long_path_distance"`
	ShortPathBearing  string `json:"short_path_bearing"`
	LongPathBearing   string `json:"long_path_bearing"`
	IsNewEntity       bool   `json:"is_new_entity"` // Indicates if this QSO is with a new country for the logging station
}

type DatastoreConfig struct {
	Driver                    string            `json:"driver" validate:"oneof=postgres sqlite"`
	Path                      string            `json:"path" validate:"required_if=Driver sqlite,omitempty"`    // Used for sqlite only
	Options                   map[string]string `json:"options" validate:"required_if=Driver sqlite,omitempty"` // Used for sqlite only
	Host                      string            `json:"host,omitempty" validate:"required_if=Driver postgres,omitempty,hostname|ip"`
	Port                      int               `json:"port,omitempty" validate:"required_if=Driver postgres,omitempty,min=1,max=65535"`
	User                      string            `json:"user,omitempty" validate:"required_if=Driver postgres,omitempty,min=1,max=63,alphanum|contains=_|contains=-"`
	Password                  string            `json:"pass,omitempty" validate:"required_if=Driver postgres,omitempty,min=1"`
	Database                  string            `json:"database,omitempty" validate:"required_if=Driver postgres,omitempty,min=1,max=63,alphanum|contains=_|contains=-"`
	SSLMode                   string            `json:"ssl_mode,omitempty" validate:"required_if=Driver postgres,omitempty,oneof=disable require verify-ca verify-full"`
	MaxOpenConns              int               `json:"max_open_conns" validate:"min=1"` // For Postgres, minimum is 5 (enforced in database validation)
	MaxIdleConns              int               `json:"max_idle_conns" validate:"min=1"`
	ConnMaxLifetime           int               `json:"conn_max_lifetime" validate:"min=0"`           // Number of minutes
	ConnMaxIdleTime           int               `json:"conn_max_idle_time" validate:"min=0"`          // Number of minutes
	ContextTimeout            int               `json:"context_timeout" validate:"min=5"`             // Seconds
	TransactionContextTimeout int               `json:"transaction_context_timeout" validate:"min=5"` // Seconds
	Debug                     bool              // Enable SQLBoiler query logging
	Params                    map[string]string `json:"params,omitempty" validate:"omitempty"`
}

type Logbook struct {
	ID          int64  `json:"id,omitempty"`
	UserID      int64  `json:"user_id"`  // FK to users.id
	Name        string `json:"name"`     // Unique name (to the user) for the logbook
	Callsign    string `json:"callsign"` // The callsign associated with the logbook
	Description string `json:"description"`
}

type LogbookList []Logbook

type LoggingConfig struct {
	Level                  string `json:"level" validate:"oneof=trace debug info warn error fatal panic"`
	SkipFrameCount         int    `json:"skip_frame_count" validate:"min=0"`
	WithTimestamp          bool   `json:"with_timestamp"`
	ConsoleLogging         bool   `json:"console_logging"`
	FileLogging            bool   `json:"file_logging"`
	RelLogFileDir          string `json:"rel_log_file_dir" validate:"required"`
	LogFileMaxBackups      int    `json:"log_file_max_backups" validate:"min=0"`
	LogFileMaxAgeDays      int    `json:"log_file_max_age_days" validate:"min=0"`
	LogFileMaxSizeMB       int    `json:"log_file_max_size_mb" validate:"omitempty,min=1"`
	ShutdownTimeoutMS      int    `json:"shutdown_timeout_ms" validate:"omitempty,min=10,max=10000"` // Timeout for graceful shutdown (10ms-10s, 0=use default)
	ShutdownTimeoutWarning bool   `json:"shutdown_timeout_warning"`                                  // Log warning if the shutdown timeout is exceeded

	// Optional polish fields
	ConsoleNoColor    bool   `json:"console_no_color"`
	ConsoleTimeFormat string `json:"console_time_format"`
	LogFileCompress   bool   `json:"log_file_compress"`
}

type LoggingStation struct {
	AntennaAzimuth  string `json:"ant_az"` // the bearing from the logging station to the contacted station
	MyAltitude      string `json:"my_altitude"`
	MyAntenna       string `json:"my_antenna"`
	MyCity          string `json:"my_city"`
	MyCountry       string `json:"my_country"`
	MyCqZone        string `json:"my_cq_zone"`
	MyDXCC          string `json:"my_dxcc"`
	MyGridsquare    string `json:"my_gridsquare"`
	MyIota          string `json:"my_iota"`
	MyIotaIslandID  string `json:"my_iota_island_id"`
	MyITUZone       string `json:"my_itu_zone"`
	MyLat           string `json:"my_lat"`
	MyLon           string `json:"my_lon"`
	MyMorseKeyInfo  string `json:"my_morse_key_info"`
	MyMorseKeyType  string `json:"my_morse_key_type"`
	MyName          string `json:"my_name"`
	MyPostalCode    string `json:"my_postal_code"`
	MyRig           string `json:"my_rig"`
	MyStreet        string `json:"my_street"`
	MyWwffRef       string `json:"my_wwff_ref"`
	Operator        string `json:"operator"` // the logging operator's callsign if STATION_CALLSIGN is absent, OPERATOR shall be treated as both the logging station's callsign and the logging operator's callsign
	OwnerCallsign   string `json:"owner_callsign"`
	StationCallsign string `json:"station_callsign" validate:"required,min=3,max=30,alphanum"`
}

type Marker struct {
	Tag           string
	Index         int
	Length        int
	ValueMappings []ValueMapping
}

type PostRequest struct {
	Callsign string `json:"callsign"` // The callsign associated with the user account *NOT THE LOGBOOK CALLSIGN*. The logbook callsign is associated with Key.
	Key      string `json:"key"`      // Logbook's API Key, or if registering, the Bootstrap Key
	// For RegisterLogbookAction, a Logbook must be provided.
	Logbook *Logbook `json:"logbook,omitempty"`
	// For InsertQsoAction, Qso must be provided.
	Qso *Qso `json:"qso,omitempty"`
}

type Qsl struct {
	QslMsg       string `json:"qslmsg"`
	QslMsgRcvd   string `json:"qslmsg_rcvd"`
	QslRDate     string `json:"qslrdate"`
	QslSDate     string `json:"qslsdate"`
	QslRcvd      string `json:"qsl_rcvd"`
	QslRcvdVia   string `json:"qsl_rcvd_via"`
	QslRcvdNotes string `json:"qsl_rcvd_notes"`
	QslSent      string `json:"qsl_sent"`
	QslSendVia   string `json:"qsl_sent_via"`
	QslVia       string `json:"qsl_via"`
}

type Qso struct {
	ID int64 `json:"id"`

	// LogbookID represents the foreign key to the logbook associated with a QSO entry.
	// Every QSO entry MUST have a logbook associated with it.
	LogbookID int64 `json:"logbook_id" validate:"required"`

	SmQsoUploadDate     string
	SmQsoUploadStatus   string
	SmFwrdByEmailDate   string
	SmFwrdByEmailStatus string

	/*
		All the below fields are compatible with the ADI format and are populated by the adapter.
		The only exception to this is the ID field, which is required by database functions.
	*/
	QsoDetails
	ContactedStation
	LoggingStation
	Qsl

	CountryDetails Country // More detailed information about the contacted station's country
}

type QsoDetails struct {
	AIndex      string `json:"a_index"`
	AntPath     string `json:"ant_path"` // ADIF, section II.B.1 - currently, we only use S and L
	Band        string `json:"band"`
	BandRx      string `json:"band_rx"` //in a split frequency QSO, the logging station's receiving band
	Comment     string `json:"comment"`
	ContestId   string `json:"contest_id"`
	Distance    string `json:"distance"` // km
	Freq        string `json:"freq" validate:"required"`
	FreqRx      string `json:"freq_rx"`
	Mode        string `json:"mode" validate:"required"`
	Submode     string `json:"submode"`
	MySig       string `json:"my_sig"`
	MySigInfo   string `json:"my_sig_info"`
	Notes       string `json:"notes"` // information of interest to the logging station's operator
	QsoDate     string `json:"qso_date" validate:"required"`
	QsoDateOff  string `json:"qso_date_off"`
	QsoRandom   string `json:"qso_random"`
	QsoComplete string `json:"qso_complete"`
	RstRcvd     string `json:"rst_rcvd"`
	RstSent     string `json:"rst_sent"`
	RxPwr       string `json:"rx_pwr"`   // the contacted station's transmitter power in Watts with a value greater than or equal to 0
	Sig         string `json:"sig"`      // the name of the contacted station's special activity or interest group
	SigInfo     string `json:"sig_info"` // information associated with the contacted station's activity or interest group
	SRX         string `json:"srx"`      // contest QSO received serial number with a value greater than or equal to 0
	STX         string `json:"stx"`      // contest QSO transmitted serial number with a value greater than or equal to 0
	TimeOff     string `json:"time_off"`
	TimeOn      string `json:"time_on"`
	TxPwr       string `json:"tx_pwr"` // the logging station's power in Watts with a value greater than or equal to 0
}

type QsoSlice []Qso

type RequestAction string

type RequiredConfigs struct {
	DefaultRigID int64 `json:"default_rig_id"`
}

type RigConfig struct {
	ID           int64        `koanf:"id"`
	Name         string       `koanf:"name"`
	Model        string       `koanf:"model"`
	Terminator   string       `koanf:"terminator"` // Terminator defines the character used to signal the end of a command.
	CatCommands  []CatCommand `koanf:"commands"`
	CatStates    []CatState   `koanf:"states"`
	SerialConfig SerialConfig `koanf:"serial_port"`
	CatConfig    CatConfig    `koanf:"cat"`
}

type SerialConfig struct {
	PortName string
	BaudRate int
	DataBits int
	Parity   serial.Parity
	StopBits serial.StopBits

	// The serial drivers' read timeout. The unit is milliseconds.
	//
	// Default is 200ms.
	ReadTimeoutMS  time.Duration
	WriteTimeoutMS time.Duration // Milliseconds
	RTS            bool
	DTR            bool
	LineDelimiter  byte // If not provided, the default is '\r'.
}

type ServerConfig struct {
	Name         string `json:"name"` // AppName for goFiber
	Host         string `json:"host" validate:"required,hostname"`
	Port         int    `json:"port" validate:"required,min=3000,max=65535"`
	TLSEnabled   bool   `json:"tls_enabled"`
	TLSCertFile  string `json:"tls_cert_file" validate:"required_if=TLSEnabled true"`
	TLSKeyFile   string `json:"tls_key_file" validate:"required_if=TLSEnabled true"`
	ReadTimeout  int    `json:"read_timeout" validate:"required"`  // Seconds
	WriteTimeout int    `json:"write_timeout" validate:"required"` // Seconds
	IdleTimeout  int    `json:"idle_timeout" validate:"required"`  // Seconds
	BodyLimit    int    `json:"body_limit" validate:"required"`
}

type StateValues map[string]map[string]string

type UiConfig struct {
	DefaultRigID int64   `json:"default_rig_id"`
	Logbook      Logbook `json:"logbook"`
	RigName      string  `json:"rig_name"`
}

type User struct {
	ID             int64  `json:"id"`
	Callsign       string `json:"callsign" validate:"min=3,max=30,alphanum"`
	PassHash       string `json:"pass_hash" validate:"required"`
	Issuer         string `json:"issuer,omitempty"`
	Subject        string `json:"subject,omitempty"`
	Email          string `json:"email,required"`
	EmailConfirmed bool   `json:"email_confirmed"`
}

type ValueMapping struct {
	Key   string
	Value string
}